Frontend Architecture for Real Systems
Angular 21 SSR, Core Web Vitals measured and i18n at enterprise level: the actual front-end stack I use in production, not a tutorial.
Frontend architecture for real systems means Angular 21 SSR with over 1000 pre-rendered routes, Core Web Vitals measured (INP under 200ms), not estimated, and an i18n pipeline with XLF parity enforced at the build gate. The stack described here serves real traffic, not an isolated demo.
Depth/Details
Modern Web Development
- Intermediate
Modern Angular: Signals, Zoneless and Beyond
Series on the latest Angular features: signals, standalone components, zoneless change detection, new template syntax with @if/@for/@defer, SSR, and incremental hydration.
- Advanced
Advanced TypeScript: Generics, Types and Go Compiler
Advanced TypeScript: conditional generics, mapped types, template literal types, type-level programming, the new Go compiler, and migration strategies for enterprise codebases.
- Beginner
Complete Java Course
Complete Java course from basic syntax to advanced features: generics, stream API, lambdas, multithreading, collections framework, and enterprise patterns. Oracle certification preparation.
- Intermediate
Advanced Git
Advanced Git guide: branching strategies, interactive rebase, stash, reflog, bisect, and collaborative workflows. Professional techniques for managing complex repositories and distributed teams.
- Intermediate
DevOps for Frontend Developers
DevOps for frontend: CI/CD for SPA applications, containerization, testing automation, performance monitoring, feature flags, and deployment strategies for frontend teams.
Frequently Asked Questions
What frontend stack is being used in production?
Angular 21 with Server-Side Rendering, standalone components, reactive state signals and over 1000 pre-rendered routes in build, without a single NgModule.
How do you measure real performance, not just locally?
Core Web Vitals monitored in production (INP, LCP, CLS) with explicit budgets; every layout shift regression or long task is treated as a bug, not noise.
How do you manage internationalization without breaking the build?
Pipeline i18n with Angular marker, XLF source and translations for language, with a build gate that blocks deployment if translation unit count across languages doesn't match.
Do you also perform audits or refactor existing Angular applications?
Site security updates, migration to standalone components and signals, and securing existing Angular SSR applications.